Real-time Water Resource Monitoring Management System Theory and Practice

Author: Xie Xinmin
Publisher:
Publish Date: 2005-02-01
Features: This book is based on the research achievements of the National Key Science and Technology Innovation Project of the Ministry of Water Resources, "Research and Demonstration of Real-Time Monitoring and Management System for Regional Water Resources in Liaoning Province." It covers both theoretical and practical aspects of the real-time monitoring and management system for water resources. The theoretical part includes fundamental concepts, main functions, technical positioning, overall design framework, and workflow of the system, as well as real-time monitoring and communication transmission, comprehensive database, information management, decision support, remote control management, and system operating environment. The practical part includes an investigation and comprehensive analysis of the current status of water resource development and utilization in the Taizi River Basin in central Liaoning Province, the pilot area. It also covers real-time water resource evaluation, real-time surface water forecasting models based on artificial neural networks, real-time groundwater forecasting models based on numerical simulation technology, a multi-objective management model for the joint use of surface water and groundwater for ecological environment and differentiated water supply, an optimal dispatching model for reservoir groups based on large-scale system decomposition-coordination technology, as well as achievements in real-time water resource monitoring systems, information service systems, and decision support systems. This book reflects the latest achievements in the research of real-time monitoring and management systems for water resources in China, providing a relatively complete overall design framework and theoretical and technical system for such systems. It serves as a reference for science and technology workers, management personnel, and decision-makers in relevant departments such as water resources, agriculture, urban construction, environmental protection, and land and resources, as well as for faculty and students in relevant disciplines of colleges and universities.